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Патент USA US2111662

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Mar-C11 22,1938.
w GEGENHEIMER
2,111,662
ROLLER ADJUSTMENT FOR PRESSES
‘
Filed Aug. 26, 1936
.9
M
INVENTOR.
I
Patented lvlar. 22, 1938
v
'
2,111,662
,UNlTED STATES PATENT OFFICE
2,111,662
7
ROLLER ADJUSTMENT FOR PRESSES
William Gegenheimcr, Brooklyn, N. Y., assignor
to Willard Manufacturing Corporation, New
York, N. Y., a corporation of New York
Application August 26, 1936, Serial No. 98,090
5 Claims. (Cl. 308-59)
This invention is an adjustment means for
bearings, and while it is susceptible of general
sleeve or yoke 16 at its upper end.
supports the journal 5 of the roller.
This yoke
use Where the adjustment of certain types of
bearings is required, it is adapted particularly for
J5, use in connection with printing or lithograph
presses.
“An important object of the invention is to
The means for adjusting this standard longi
tudinally within its opening or recess includes a
threaded pin or screw I1 passing through a suit- ‘52
able internally threaded opening in the base of
the block and parallel to the bolt l2. The opening
provide means of simple construction, for accurately and minutely adjusting the bearing spin10 die of a roller or shaft and locking the bearing
for this screw or pin communicates with the re
cess or opening I4 near the lower end thereof, _
and the inner end of the pin or screw is beveled, l0‘
securely in such adjusted position.
tapered or inclined as indicated at Hi. This ta
A further object of the invention is to provide pered end engages beneath and Supports the
means for carrying out the adjusting and locking standard l5, and it is at once obvious that recip
operaticns without the necessity of stopping the rocation of the pin within its opening will cause
15 operation of the machine and form a position the Standard l5 t0 move upwardly 01' downwardly 1'5
convenient to an operator,
'
‘depending upon the direction of axial travel of
' With these objects in view, together with others , the pin- The lower end of the Standard i5 is
which will appear as the description proceeds, the bored as shown to receive a screw l9 whose head
invention consists in the novel construction, com29 is beveled as Shown for Contact with the in
20 bination and arrangement of parts, all as will be Clined end 0f the Screw 0!‘ Din E1
20
described more fully hereinafter, illustrated in
Associated with the adjusting Screw H are
the drawing, and particularly pointed out in the
claims.
means for locking the said screw in adjusted posi
'
In the drawing:
25
tion.
This means includes a plug 20’ slidable in
a passage or opening 2| disposed laterally of the
Figure 1 is a front elevation of one end of a,
conventional form of roller for printing or lithograph presses and illustrating in section the
bearing adjustment device of my invention,
Figure 2 is an end elevation of the roller and
30 adjustment device,
Figure 3 is a view similar to Figure 1 and
showing the position the, parts may assume in
making an adjustment, and
block and entering one side of the passage for 25
the Screw IT- An internally threaded Opening
Z2 is arranged in the block 9 at right angles to
the Passage 2! and parallel to the Opening for
Screw IT- This passage 22 receives a locking
screw 23 whose inner end is tapered as at 24 for 30
engagement behind the plug 20’.
It will be observed that the outer ends of
screws l1 and 23 are disposed relatively close to
Figure 4 is a, transverse Sectional view taken
35 substantially upon line 4_4 of Figure 2,
Referring now more particularly to the drawing
5 represents the journal or supporting end of a
one another and are socketed to» receive an ad
- roller 6, its contacting or cooperating roller or
merits may be made While the‘ latter 1'8 in Opera
justing or operating tool. By so arranging these 35
SCI‘eWS it is Obvious that they mey be operated
Without Step-Ding the machinev 80 that adjust
cylinder being indicated at 1, The frame of the
40 press is represented generally at 8, and is of conventional or well known form.
tion. It is also obvious that the operative ends
of these Screws are readily accessible for mam'plI- 4O
lation.
port 9, recessed or channeled in one side as at in
to receive a projection ll on the frame, A bolt 12
45 is threaded laterally through the frame 8, passes
through the projection i l and threadedly engages
in the block or support 9. Operation of this bolt
is carried out by means of the head l3, and it is
apparent that rotation of the bolt will cause the
block to move upon the projection H depending
shown in the present illustration, it will be under
stood that the mechanism here described will be
duplicated at the opposite end of the shaft. When 45
it becomes necessary to adjust the shaft, in order
that the roller may be moved- tOWaI‘d 01‘ away
from its Cooperating Cylinder as desired, this ad
iustment may be readily made by rotating screw
I‘! with a proper tool in such direction as will 50
5 O upon the direction of rotation of the bolt.
cause the standard to rise or fall as desired.
Associated with the frame 8 is a block or sup-
' _
While but one end of the journal 01‘ Shaft is
The
The block or support 9 is provided with an particular arrangementis such thatamost minute
opening or passage I4 disposed at right angles ‘ adjustment may be made, thus satisfying the high
to the axis of the bolt I2, and in which is slid- degree of accuracy required in press operations.
55 ably mounted a standard l5 carrying a bearing Rotation’ of pin or screw H in clockwise direc- 55
2
2,111,662
tion will cause the beveled or tapered end thereof
to project further into the opening I 4, whereupon
this movement is transmitted to the standard l5
by engagement of the tapered end l8 with the
CI
beveled end of screw 2E]. When the desired ad
justment has been made, rotation by a suitable
tool of screw '23 causes the beveled end thereof to
engage behind plug 20' and force the same into
engagement with the side of screw ill, thus hold
10 ing the latter securely against rotation in either
direction. The range of adjustment of standard
55 may be increased or diminished by adjust
ment of the screw I9 in the lower end of the
standard. The ends of the plug 2%’ may be bev
15 eled as shown in Figure 4 to‘ insure proper co
operation between the plug and the locking
screw 23 and also to insure proper locle'ng en
gagement between the plug and the screw H’.
From the foregoing, it is apparent that adjust
20 ment of the shaft 5, either axially or radially may
be quickly and easily made. Rotation of bolt I2
in the proper direction will cause the plug and its
shaft supporting yoke to move in such direction as
will secure axial adjustment of the roller, while
25 operations of the screw or pin l'l secures the
proper vertical adjustment of the shaft. By ar
ranging the adjusting screw and the lock therefor
in the manner shown and described, ready access
for these adjustments may be had from the side
30 of the machine and without necessitating stop
ping or slowing down of the machine during such
operations.
What I claim is:
1. In a bearing adjuster, a block, a bearing
85 standard slidable in said block, a screw in said
block, the inner end of said screw tapered and
engageable with a surface of saidstandard, where
by movement of the screw will be transmitted to
said standard, a locking plug in said block adapted
40 to engage a side of said screw, and a locking
screw in said block parallel with said ?rst men
tioned screw, said locking screw having an in
clined inner end to engage and move said plug.
2. In a bearing adjuster, a frame, a block, a
bolt in said frame engaged in said block, said
block having an opening therein, a standard
slidable in said opening, a screw in said block
having a tapered inner end, said end projecting
into said opening and in engagement with the
lower end of said standard, said block having a
passage communicating with one side of said
screw, a locking screw in said block in spaced
parallel relation with said ?rst mentioned screw
and having a tapered inner end, a plug slidable in
said passage, the tapered end of said locking screw
engaged behind said plug, whereby movement of
said locking screw in one direction will move said
plug into engagement with said ?rst named
screw.
3. In a bearing adjuster, a block having an 15
opening, a bearing standard in said opening, a
screw disposed axially in the lower end of said
standard, a beveled head on said screw, said block
having a lateral opening disposed at substantially
right angles to said standard and communicating
with the lower end of the opening therefor, and
"1e inner end of said screw being tapered and en
gaged with the beveled head on said ?rst named
screw.
4. In a bearing adjuster, a support, a bearing 25
slidable in said support, an adjusting screw in said
support for moving said bearing, a locking plug
in said support for engagement with said adjust
ing screw, and a locking screw in said support in
spaced parallel relation to said adjusting screw 30
for moving said plug into engagement with said
adjusting screw.
5. In a bearing adjuster, a bearing support, a
standard slidable longitudinally in said support, a
bearing on said standard, an adjusting member in 35
said support disposed parallel with said bearing
and adapted to move said standard, a locking plug
in said support adapted to engage and lock said
adjusting member, and an operating element in
said support disposed parallel with said adjusting 40
member for moving said plug.
W'ILLIAM GEGENHEIMIER.
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